In the blow molding machine, the working efficiency of the infrared heating lamp is affected by the following factors:
The characteristics of the halogen heat bulb itselfPower: The greater the power, the more heat it can usually provide in a certain period of time, and the higher the working efficiency may be. However, too high power may also cause the plastic material to overheat, affecting the quality of the product.Wavelength:Halogen Heater Replacement of different wavelengths have different heating effects on different plastic materials. Wavelengths that match the absorption characteristics of plastic materials can improve heating efficiency.Quality and stability: High-quality heating lamps have better stability and durability, can output heat continuously and stably, and work efficiency is more guaranteed.
Properties of plastic materialsColor: Dark plastic materials are generally easier to absorb Infrared Halogen Heating Elements than light plastic materials, and heat faster, thereby improving the working efficiency of the heating lamp.Thickness: Thicker plastic materials require more heat and time to reach the required heating temperature, which will reduce the working efficiency of the Electric Infrared Heat Lamp.Thermal conductivity: Plastic materials with low thermal conductivity have slower heat transfer and longer heating time, which affects the working efficiency of the infrared heating lamps.Material composition: Different plastic components have different absorption capabilities for infrared rays. For example, plastics containing certain additives may affect the heating efficiency.
Working parameters of bottle blowing machineHeating time: The length of heating time directly affects the working efficiency of the Shortwave Halogen Lamps. If the heating time is too short, the plastic material may not be fully heated; if the heating time is too long, energy will be wasted and production efficiency will be reduced.Blowing speed: The blowing speed is closely related to the working efficiency of the halogen heating lamp. If the blowing speed is too fast, the IR emmiter may not be able to provide enough heat to the plastic material in time, resulting in a decrease in product quality; conversely, if the blowing speed is too slow, production efficiency will be reduced.Air flow: The air flow in the bottle blowing machine will affect the heat dissipation effect of the tungsten infrared heat lamp and the heating uniformity of the plastic material. Reasonable air flow can improve the working efficiency of the heating lamp while ensuring product quality.
Environmental factorsTemperature: When the ambient temperature is low, the shortwave infrared lamp needs to consume more energy to increase the temperature of the plastic material, and the working efficiency may be reduced. At a higher ambient temperature, the heat dissipation of the Quartz IR Halogen Heating Bulb may be affected, which will also have an adverse effect on the working efficiency.Humidity: A high humidity environment may cause the electrical performance of the halogen quartz tube heater element to decline, affecting its working efficiency. At the same time, humidity may also affect the dryness of the plastic material, thereby affecting the heating effect.In summary, the working efficiency of the infrared heating lamp in the bottle blowing machine is affected by a combination of multiple factors. In practical applications, it is necessary to adjust and optimize according to the specific situation to improve the working efficiency of the ir lamp halogen heating lamp and the production efficiency of the bottle blowing machine.
